Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

How to use assertIsInstance method in pytest-benchmark

Best Python code snippet using pytest-benchmark

test_restrict_isometry.py

Source:test_restrict_isometry.py

...15        space = rot2dOnR2(-1, maximum_frequency=10)16        17        subspace, mapping, _ = space.restrict(4)18        19        self.assertIsInstance(subspace, GSpace2D)20        self.assertEqual(subspace.fibergroup.order(), 4)21        22        self.check_restriction(space, 4)23    def test_restrict_rotations_to_trivial(self):24    25        space = rot2dOnR2(-1, maximum_frequency=10)26    27        subspace, mapping, _ = space.restrict(1)28    29        self.assertIsInstance(subspace, GSpace2D)30        self.assertEqual(subspace.fibergroup.order(), 1)31        self.check_restriction(space, 1)32    def test_restrict_flipsrotations(self):33    34        space = flipRot2dOnR2(-1, maximum_frequency=10)35        36        N=1037        for axis in range(13):38            axis = axis * np.pi / (13*N)39            assert axis <= np.pi / N40            subspace, mapping, _ = space.restrict((axis, N))41    42            self.assertIsInstance(subspace, GSpace2D)43            self.assertEqual(subspace.fibergroup.order(), 2 * N)44    45            self.check_restriction(space, (axis, N))46        47    def test_restrict_flipsrotations_to_rotations(self):48    49        space = flipRot2dOnR2(-1, maximum_frequency=10)50    51        subspace, mapping, _ = space.restrict((None, -1))52    53        self.assertIsInstance(subspace, GSpace2D)54        self.assertEqual(subspace.fibergroup.order(), -1)55        self.check_restriction(space, (None, -1))56    def test_restrict_flipsrotations_to_flips(self):57    58        space = flipRot2dOnR2(-1, maximum_frequency=10)59        for axis in range(13):60            axis = axis * np.pi/13.61            subspace, mapping, _ = space.restrict((axis, 1))62        63            self.assertIsInstance(subspace, GSpace2D)64            self.assertEqual(subspace.fibergroup.order(), 2)65            self.check_restriction(space, (axis, 1))66        67    def test_restrict_fliprotations_to_trivial(self):68    69        space = flipRot2dOnR2(-1, maximum_frequency=10)70    71        subspace, mapping, _ = space.restrict((None, 1))72    73        self.assertIsInstance(subspace, GSpace2D)74        self.assertEqual(subspace.fibergroup.order(), 1)75        76        self.check_restriction(space, (None, 1))77    def test_restrict_flips_to_trivial(self):78    79        space = flip2dOnR2()80    81        subspace, mapping, _ = space.restrict(1)82    83        self.assertIsInstance(subspace, GSpace2D)84        self.assertEqual(subspace.fibergroup.order(), 1)85        self.check_restriction(space, 1)86    ####################################################################################################################87    ###                         ########################################################################################88    ###     3D   isometries     ########################################################################################89    ###                         ########################################################################################90    ####################################################################################################################91    ####### SO(3) ######################################################################################################92    93    def test_restrict_3d_rotations_to_ico(self):94    95        space = rot3dOnR3(maximum_frequency=2)96    97        subspace, mapping, _ = space.restrict('ico')98    99        self.assertIsInstance(subspace, GSpace3D)100        self.assertIsInstance(subspace.fibergroup, Icosahedral)101    102        self.check_restriction(space, 'ico')103    def test_restrict_3d_rotations_to_octa(self):104        space = rot3dOnR3(maximum_frequency=2)105        subspace, mapping, _ = space.restrict('octa')106        self.assertIsInstance(subspace, GSpace3D)107        self.assertIsInstance(subspace.fibergroup, Octahedral)108        self.check_restriction(space, 'octa')109    def test_restrict_3d_rotations_to_2d_rotations(self):110    111        space = rot3dOnR3(maximum_frequency=2)112    113        for n in [-1, 1, 2, 4, 7]:114            sg_id = False, n115            116            subspace, mapping, _ = space.restrict(sg_id)117        118            self.assertIsInstance(subspace, GSpace3D)119            if n > 0:120                self.assertIsInstance(subspace.fibergroup, CyclicGroup)121            else:122                self.assertIsInstance(subspace.fibergroup, SO2)123            self.assertEqual(subspace.fibergroup.order(), n)124            self.check_restriction(space, sg_id)125    def test_restrict_3d_rotations_to_2d_rotations_reflections(self):126    127        space = rot3dOnR3(maximum_frequency=2)128    129        for n in [2, 4]:130            for axis in [0., np.pi/2, np.pi/4]:131                sg_id = axis, n132            133                subspace, mapping, _ = space.restrict(sg_id)134            135                self.assertIsInstance(subspace, GSpace3D)136                self.assertIsInstance(subspace.fibergroup, DihedralGroup)137                self.assertEqual(subspace.fibergroup.order(), 2*n)138            139                self.check_restriction(space, sg_id)140    def test_restrict_3d_rotations_to_2d_reflection(self):141    142        space = rot3dOnR3(maximum_frequency=2)143    144        for axis in [0., np.pi / 2, np.pi / 4]:145            sg_id = axis, 1146        147            subspace, mapping, _ = space.restrict(sg_id)148        149            self.assertIsInstance(subspace, GSpace3D)150            self.assertIsInstance(subspace.fibergroup, CyclicGroup)151            self.assertEqual(subspace.fibergroup.order(), 2)152        153            self.check_restriction(space, sg_id)154    ####### O(3) #######################################################################################################155    def test_restrict_3d_rotationinversion_so3(self):156        space = flipRot3dOnR3(maximum_frequency=2)157        sg_id = 'so3'158        159        subspace, mapping, _ = space.restrict(sg_id)160        self.assertIsInstance(subspace, GSpace3D)161        self.assertIsInstance(subspace.fibergroup, SO3)162        self.check_restriction(space, sg_id)163    164    def test_restrict_3d_rotationinversion_ico(self):165        space = flipRot3dOnR3(maximum_frequency=2)166        sg_id = False, 'ico'167    168        subspace, mapping, _ = space.restrict(sg_id)169    170        self.assertIsInstance(subspace, GSpace3D)171        self.assertIsInstance(subspace.fibergroup, Icosahedral)172    173        self.check_restriction(space, sg_id)174    def test_restrict_3d_rotationinversion_dih_o2(self):175        space = flipRot3dOnR3(maximum_frequency=2)176        177        for axis in [0., np.pi / 2, np.pi / 3, 2 * np.pi]:178            for n in [2, 4]:179                sg_id = (False, axis, n)180                subspace, mapping, _ = space.restrict(sg_id)181            182                self.assertIsInstance(subspace, GSpace3D)183                self.assertIsInstance(subspace.fibergroup, DihedralGroup)184            185                self.check_restriction(space, sg_id)186    def test_restrict_3d_rotationinversion_so2(self):187    188        space = flipRot3dOnR3(maximum_frequency=2)189        for n in [2, 4]:190            sg_id = (False, False, n)191            192            subspace, mapping, _ = space.restrict(sg_id)193            self.assertIsInstance(subspace, GSpace3D)194            self.assertIsInstance(subspace.fibergroup, CyclicGroup)195            self.check_restriction(space, sg_id)196        197    def test_restrict_3d_rotationinversion_flip(self):198    199        space = flipRot3dOnR3(maximum_frequency=2)200        for axis in [0., np.pi / 2, np.pi / 3, 2 * np.pi]:201        202            sg_id = (False, 2*axis, 1)203            204            subspace, mapping, _ = space.restrict(sg_id)205            self.assertIsInstance(subspace, GSpace3D)206            self.assertIsInstance(subspace.fibergroup, CyclicGroup)207            self.check_restriction(space, sg_id)208    def test_restrict_3d_rotationinversion_cone_o2(self):209    210        space = flipRot3dOnR3(maximum_frequency=2)211        for n in [2, 4]:212            # Cone aligned along Z axis213            # i.e., rotation along Z axis214            # on XY plane, mirror wrt Y axis (i.e. flip along X axis)215            sg_id = ('cone', 0., n)216            subspace, mapping, _ = space.restrict(sg_id)217            self.assertIsInstance(subspace, GSpace3D)218            self.assertIsInstance(subspace.fibergroup, DihedralGroup)219            self.check_restriction(space, sg_id)220            # Cone aligned along Z axis221            # i.e., rotation along Z axis222            # on XY plane, mirror wrt X axis (i.e. flip along Y axis)223            sg_id = ('cone', np.pi, n)224            subspace, mapping, _ = space.restrict(sg_id)225            self.assertIsInstance(subspace, GSpace3D)226            self.assertIsInstance(subspace.fibergroup, DihedralGroup)227            self.check_restriction(space, sg_id)228            xyz = space.fibergroup.element(229                (230                    0,231                    np.array([232                        np.sqrt(1./3.) * np.sin(np.pi*2/3),233                        np.sqrt(1./3.) * np.sin(np.pi*2/3),234                        np.sqrt(1./3.) * np.sin(np.pi*2/3),235                        np.cos(np.pi*2/3),236                    ])237                ),238                'Q'239            )240            for adj in [xyz, xyz@xyz, xyz @ space.fibergroup.inversion, xyz @ xyz @ space.fibergroup.inversion]:241                sg_id = ('cone', 0., n, adj)242                subspace, mapping, _ = space.restrict(sg_id)243        244                self.assertIsInstance(subspace, GSpace3D)245                self.assertIsInstance(subspace.fibergroup, DihedralGroup)246        247                self.check_restriction(space, sg_id)248    def test_restrict_3d_rotationinversion_mir(self):249    250        space = flipRot3dOnR3(maximum_frequency=2)251    252        # mirror wrt Y axis (i.e. flip along X axis)253        sg_id = ('cone', 0., 1)254        subspace, mapping, _ = space.restrict(sg_id)255    256        self.assertIsInstance(subspace, GSpace3D)257        self.assertIsInstance(subspace.fibergroup, CyclicGroup)258    259        self.check_restriction(space, sg_id)260        261        # mirror wrt X axis (i.e. flip along Y axis)262        sg_id = ('cone', np.pi, 1)263        subspace, mapping, _ = space.restrict(sg_id)264    265        self.assertIsInstance(subspace, GSpace3D)266        self.assertIsInstance(subspace.fibergroup, CyclicGroup)267    268        self.check_restriction(space, sg_id)269    270        xyz = space.fibergroup.element(271            (272                0,273                np.array([274                    np.sqrt(1. / 3.) * np.sin(np.pi * 2 / 3),275                    np.sqrt(1. / 3.) * np.sin(np.pi * 2 / 3),276                    np.sqrt(1. / 3.) * np.sin(np.pi * 2 / 3),277                    np.cos(np.pi * 2 / 3),278                    ])279            ),280            'Q'281        )282    283        for adj in [xyz, xyz @ xyz, xyz @ space.fibergroup.inversion, xyz @ xyz @ space.fibergroup.inversion]:284            sg_id = ('cone', 0., 1, adj)285            subspace, mapping, _ = space.restrict(sg_id)286        287            self.assertIsInstance(subspace, GSpace3D)288            self.assertIsInstance(subspace.fibergroup, CyclicGroup)289        290            self.check_restriction(space, sg_id)291    def test_restrict_3d_rotationinversion_fullcylinder_c2xo2(self):292        space = flipRot3dOnR3(maximum_frequency=2)293        for n in [2, 4]:294            sg_id = (True, True, n)295            subspace, mapping, _ = space.restrict(sg_id)296            self.assertIsInstance(subspace, GSpace3D)297            self.assertIsInstance(subspace.fibergroup, DirectProductGroup)298            self.assertIsInstance(subspace.fibergroup.G1, CyclicGroup) and subspace.fibergroup.order() == 2299            self.assertIsInstance(subspace.fibergroup.G2, DihedralGroup) and subspace.fibergroup.order() == 2*n300            self.check_restriction(space, sg_id)301    def test_restrict_3d_rotationinversion_cylinder_c2xso2(self):302        space = flipRot3dOnR3(maximum_frequency=2)303        for n in [2, 4]:304            sg_id = (True, False, n)305            subspace, mapping, _ = space.restrict(sg_id)306            self.assertIsInstance(subspace, GSpace3D)307            self.assertIsInstance(subspace.fibergroup, DirectProductGroup)308            self.assertIsInstance(subspace.fibergroup.G1, CyclicGroup) and subspace.fibergroup.order() == 2309            self.assertIsInstance(subspace.fibergroup.G2, CyclicGroup) and subspace.fibergroup.order() == n310            self.check_restriction(space, sg_id)311    def test_restrict_3d_rotationinversion_inv(self):312    313        space = flipRot3dOnR3(maximum_frequency=2)314    315        # Inversion wrt the origin316        sg_id = (True, False, 1)317        318        subspace, mapping, _ = space.restrict(sg_id)319        self.assertIsInstance(subspace, GSpace3D)320        self.assertIsInstance(subspace.fibergroup, CyclicGroup)321        self.check_restriction(space, sg_id)322    ####################################################################################################################323    def check_restriction(self, space: GSpace, subgroup_id):324        subspace, parent, child = space.restrict(subgroup_id)325        326        # rho = space.trivial_repr327        irreps = space.fibergroup.irreps()328        for rho in irreps:329            sub_rho = rho.restrict(subgroup_id)330            331            x = np.random.randn(1, rho.size, 3, 3, 3)332            333            for e in subspace.testing_elements:334                ...

species_test.py

Source:species_test.py

...40    def setUp(self):41        self.conformer = Conformer(smiles='CC')42        self.conformer_torsion_test = Conformer(smiles='CC#CC')43    def test_rmg_molecules(self):44        self.assertIsInstance(self.conformer.rmg_molecule,rmgpy.molecule.Molecule)45    def test_rdkit_mol(self):46        autotst_rdkit = self.conformer.get_rdkit_mol()47        self.assertIsInstance(autotst_rdkit,rdkit.Chem.rdchem.Mol)48    def test_ase_mol(self):49        autotst_ase_mol = self.conformer.get_ase_mol()50        self.assertIsInstance(autotst_ase_mol,ase.Atoms)51    def test_get_molecules(self):52        autotst_rdkit, autotst_ase_mol = self.conformer.get_molecules()53        self.assertIsInstance(autotst_rdkit,rdkit.Chem.rdchem.Mol)54        self.assertIsInstance(autotst_ase_mol,ase.Atoms)55    def test_get_bonds(self):56        bonds = self.conformer.get_bonds()57        self.assertIsInstance(bonds,list)58        self.assertIsInstance(bonds[0],Bond)59        self.assertEquals(len(bonds),7)60    def test_get_angles(self):61        angles = self.conformer.get_angles()62        self.assertIsInstance(angles,list)63        self.assertIsInstance(angles[0],Angle)64        self.assertEquals(len(angles),12)65    def test_get_torsions(self):66        torsions = self.conformer_torsion_test.get_torsions()67        self.assertIsInstance(torsions,list)68        self.assertEquals(len(torsions), 1)69        torsion = torsions[0]70        self.assertIsInstance(torsion, Torsion)71        self.assertEquals(len(torsion.center_atoms),2)72        self.assertEquals(torsion.mask.count(True),4)73    def test_get_cistrans(self):74        cistrans = self.conformer.get_cistrans()75        self.assertIsInstance(cistrans,list)76        self.assertEquals(len(cistrans),0)77    def test_get_chiralcenters(self):78        chiralcenters = self.conformer.get_chiral_centers()79        self.assertIsInstance(chiralcenters,list)80        self.assertEquals(len(chiralcenters),0)81    def test_get_geometries(self):82        geometries = self.conformer.get_geometries()83        self.assertIsInstance(geometries,tuple)84        self.assertIsInstance(geometries[0],list)85        self.assertIsInstance(geometries[0][0],Bond)86        self.assertIsInstance(geometries[1],list)87        self.assertIsInstance(geometries[1][0],Angle)88        self.assertIsInstance(geometries[2],list)89        self.assertIsInstance(geometries[2][0],Torsion)90        self.assertIsInstance(geometries[3],list)91        self.assertIsInstance(geometries[4],list)92    def test_calculate_symmetry_number(self):93        species_to_test = {94            "CC" : 18.0,95            96        }97        self.assertEquals(self.conformer.calculate_symmetry_number(), 18.0)98    def test_get_xyz_block(self):99        xyz_block = self.conformer.get_xyz_block()100        positions = self.conformer.ase_molecule.arrays["positions"]101        for n in range(len(positions)):102            self.assertTrue((np.array([float(x) for x in xyz_block.split('\n')[n].split()[1:]]) == positions[n]).all())103class TestSpecies(unittest.TestCase):104    def setUp(self):105        self.species = Species(smiles=["CC"])106    def test_generate_structures(self):107        self.assertIsInstance(self.species.generate_structures(),dict)108        self.assertIsInstance(list(self.species.generate_structures().values())[0][0],Conformer)109if __name__ == "__main__":...

deps_cpp_info_test.py

Source:deps_cpp_info_test.py

...10        cpp_info.includedirs = ["include1"]11        deps_cpp_info.add("pkg", DepCppInfo(cpp_info))12        info_for_package = deps_cpp_info["pkg"]13        # Documented as list for 'self.cpp_info' object14        self.assertIsInstance(info_for_package.includedirs, list)15        self.assertIsInstance(info_for_package.libdirs, list)16        self.assertIsInstance(info_for_package.resdirs, list)17        self.assertIsInstance(info_for_package.bindirs, list)18        self.assertIsInstance(info_for_package.builddirs, list)19        self.assertIsInstance(info_for_package.libs, list)20        self.assertIsInstance(info_for_package.defines, list)21        self.assertIsInstance(info_for_package.cflags, list)22        self.assertIsInstance(info_for_package.cppflags, list)23        self.assertIsInstance(info_for_package.cxxflags, list)24        self.assertIsInstance(info_for_package.sharedlinkflags, list)25        self.assertIsInstance(info_for_package.exelinkflags, list)26        self.assertIsInstance(info_for_package.frameworks, list)27        self.assertIsInstance(info_for_package.frameworkdirs, list)28        self.assertIsInstance(info_for_package.rootpath, six.string_types)29        self.assertIsInstance(info_for_package.name, six.string_types)30        self.assertIsInstance(info_for_package.system_libs, list)31        self.assertIsInstance(info_for_package.build_modules, dict)32        self.assertIsInstance(info_for_package.components, dict)33        # Documented as list for `deps_cpp_info["pkg"]`34        self.assertIsInstance(info_for_package.include_paths, list)35        self.assertIsInstance(info_for_package.lib_paths, list)36        self.assertIsInstance(info_for_package.bin_paths, list)37        self.assertIsInstance(info_for_package.build_paths, list)38        self.assertIsInstance(info_for_package.res_paths, list)39        self.assertIsInstance(info_for_package.framework_paths, list)40        self.assertIsInstance(info_for_package.build_modules_paths, dict)41        self.assertIsInstance(info_for_package.get_name("generator"), six.string_types)42        self.assertIsInstance(info_for_package.version, six.string_types)...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.